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   加热硬度 的翻译结果: 查询用时:0.006秒
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加热硬度
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  “加热硬度”译为未确定词的双语例句
     Hardness was decreased after maximum by high temperature heating.
     高温加热硬度达最大硬度以后保温硬度降低。
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  相似匹配句对
     hardness was HB;
     硬度HB;
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     hardness 5;
     硬度为5;
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     Effect of Heating Temperature on the Crystal Structure and Hardness of Elecrtroless Co-P Alloy Coating
     加热温度对化学镀Co-P合金晶体结构和硬度的影响
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     A relation between phosphorous content -temperature and a maximum hardness are found.
     找出了硬度最大值与磷含量和加热温度的关系.
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     Heating Repair of Bituminous Pavement
     沥青路面的加热修补
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The relationship of hardness and wear resistance of electroless Ni P alloy plating was studied. High hardness of plating could be obtained at low temperature for a long term, and was not changed after attained maximum. Hardness was decreased after maximum by high temperature heating. The maximum hardness was the same attained by heat treatment at different temperatures, the wear resistance was different, however,so it was better treated at higher tmeperatures. X ray photoelectron spectroscopic analysis showed...

The relationship of hardness and wear resistance of electroless Ni P alloy plating was studied. High hardness of plating could be obtained at low temperature for a long term, and was not changed after attained maximum. Hardness was decreased after maximum by high temperature heating. The maximum hardness was the same attained by heat treatment at different temperatures, the wear resistance was different, however,so it was better treated at higher tmeperatures. X ray photoelectron spectroscopic analysis showed that the phosphorus content on the surface was much more than that at the substrate of Ni P plating.

对化学镀 Ni- P的硬度和耐磨性的关系进行了研究。低温长时加热可以获得高硬度 ,继续保温后其值不变。高温加热硬度达最大硬度以后保温硬度降低。不同温度处理其最大值相同 ,但耐磨性不同 ,高温处理优于低温处理。光电子能谱分析表明镀层表面富磷

The effect of laser treatment on electroless Ni -P- SiC composite coatings was investigated. With scanning electron micro-scope, energy distribution spectrometer, X-ray diffraction and micro-hardness tester, the authors analyze synthetically the surface morphology, microscopic structure, ingredient and hardness of the composite coatings. The results show that laser treatment to the electroless composite coatings can obtain the same hardness of the coatings during heating in the furnace and when laser power 400w,...

The effect of laser treatment on electroless Ni -P- SiC composite coatings was investigated. With scanning electron micro-scope, energy distribution spectrometer, X-ray diffraction and micro-hardness tester, the authors analyze synthetically the surface morphology, microscopic structure, ingredient and hardness of the composite coatings. The results show that laser treatment to the electroless composite coatings can obtain the same hardness of the coatings during heating in the furnace and when laser power 400w, scanning speed 1.5m/min, the hardness of the composite coatings is higher than that of heating in the furance.

研究了激光处理对Ni-P -SiC化学复合镀层的影响。借助于扫描电镜、能谱仪、X射线衍射、显微硬度计等设备对激光处理后复合镀层的表面形貌、组织结构及性能进行了综合分析。结果表明 ,对复合镀层进行激光处理可以获得与炉内加热同样的镀层硬度 ,且当激光功率 4 0 0W ,扫描速度 1.5m /min时 ,镀层硬度高于炉内加热的硬度

 
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